Each day a lucky 55 people receive an organ transplant, but another 55,000 are on the waiting list. 10 people on the waiting list die each day, because not enough organs are available. Four thousand of them die each year while waiting. Every 16 minutes a new name is added to the National Organ Transplant waiting list.
Friday, April 09, 2010
Day 15... Going home?
Good Morning!! So... I decided this bow reminds me of something off of Horton Hears a Who.
"Mom, what are we waiting for? Its time to go home!"
Saying bye-bye to the nurses!
Giving loves!
Sis helped me bounce....
Tired now... to much bouncing
And I am good!
15 days, a new PICC, a new NG, a few different meds, few infections later, and some more tune ups and... We are home!... until Monday? No. Until when? Until now. Shouldn't this be a record? 8 hours after being discharged from the hospital and we are on our way back? Yeah, I say this is a record... if not just for Harmonee but for a lot of people. I about died when I found out that we had to be back at PCMC tonight, already!
We are hoping this is just an over night stay. Tonight when the at home care nurse came to teach us how to do her TPN and lipids, Harmonee's PICC broke. Just our luck. I know. If it wasn't enough that I forgot the meds at the hospital today in all of the excitement to leave that we had to go back tomorrow anyway, and back Monday. But its okay, if it keeps Harmonee out of more harms way, so be it, we'll make a few back to the hospital.
Today has been a good day other then her PICC breaking and forgetting the meds. She has only thrown up once and has kept everything else down pretty well. Sis and daddy were happy to see Harmonee and have her home.
Harmonee said bye-bye to all of the nurses and to her liver friends, grabbed her moose and headed for the door. After being home about 5 minutes she was already reaquainted with her bouncer, play mat, and swing. She had to dodge sis's sticky hands a few time from grabbing at her NG and PICC line. After a while Layla realized she shouldn't be playing with these things and made sure to be careful around her after that. But getting antsy again she pulled the NG and PICC out of her new "Harmonee baby" that the hospital gave her so she wouldn't mess with the real Harmonee baby's. But like always Layla couldn't stay away from her new and improved (for the time being) little sis.
Harmonee has slept a lot too. The comforts of her own home has really affected her and made her one happy little girl! Of course, like any little girl, Harmonee would fall asleep for the minute and then be wide awake making sure she didn't miss anything. And she didn't. At dinner she made the rounds from daddy to mommy, making sure to sit on our laps, making silly faces, laughing and smiling with sis. It was a great family reunion. Tomorrow sis will come to the hospital while they replace her PICC, and play in the "forever young play zone" and maybe depending on the events of tomorrow, me and Brandon will take her to see the baby animals at the Heritage Park for a little R & R time.
Biliary Atresia is a rare liver disease that only affects infants. Bile is a digestive liquid that is made in the liver. It travels through the bile ducts to the small intestine, where it helps digest fats. In biliary atresia, the bile ducts become inflamed and blocked soon after birth. This causes bile to remain in the liver, where it starts to destroy liver cells rapidly and cause cirrhosis, or scarring of the liver.
What causes BA: The cause of this disease is not known. In some infants, the condition is most likely congenital, meaning present from birth. About one in 10 babies with biliary atresia have other congenital defects. Some research indicates that an early viral infection may be linked to biliary atresia. Scientists do know that biliary atresia is not hereditary; parents do not pass it on to their child. It is also not contagious, and it is not preventable. It is also not caused by anything an expectant mother did or did not do.
How is BA diagnosed: Since other conditions lead to symptoms similar to those of biliary atresia, doctors must perform many tests before a conclusive diagnosis can be made. These tests may include blood and liver tests, an ultrasound examination, X-rays and a liver biopsy, in which a small amount of liver tissue is removed with a needle for examination in a laboratory.
How is BA treated: Unfortunately, there is no cure for biliary atresia. The only treatment is a surgical procedure in which the blocked bile ducts outside the liver are replaced with a length of the baby’s own intestine, which acts as a new duct. This surgery is called the Kasai procedure after Dr. Morio Kasai, the Japanese surgeon who developed it. The aim of the Kasai procedure is to allow drainage of bile from the liver into the intestine through the new duct. The operation is completely or partially successful about 80 percent of the time if performed early (before 3 months of age). In babies who respond well, jaundice and other symptoms usually disappear after several weeks. In cases where the Kasai procedure does not work, the problem often lies in the fact that blocked bile ducts are “intrahepatic,” or inside the liver, as well as extrahepatic, or outside the liver. No procedure, except for liver transplant, has been developed to replace blocked intrahepatic ducts. The Kasai procedure is most successful in babies younger than 3-months-old, so early diagnosis is important. If the Kasai procedure is not successful, the only other option is a liver transplant. However, a suitable donor organ must be found quickly, before damage to the liver from the backed-up bile becomes deadly.
Babies with BA: Without successful treatment, few children with biliary atresia live beyond age two. In some cases, where the Kasai procedure is completely successful, the child may recover and live a normal life. However, in most cases, even when surgery is successful, patients will suffer gradual damage to the liver. These children will need specialized medical care throughout their lives, and many will ultimately need a liver transplant.
Transplant: In children with biliary atresia, a liver transplant is generally not attempted unless the Kasai procedure has been tried. In cases where that operation is unsuccessful, the child may become a candidate for a liver transplant. Success depends on the timely availability of a matching donor liver. Fortunately, survival rates for liver transplant recipients have increased dramatically with improved surgical techniques and the development of drugs that help overcome the problem of organ rejection.
Harmonee
After Kasai Procedure
What does YOUR liver do for you?
How important is the liver? The liver is a vital organ. Without it we would not be able to live. Apart from the brain, it is the most complex organ in the body. It has a wide range of functions and acts very much like a factory. One of its most amazing features is its regenerative power. Some 9/10ths of the liver can be cut away and provided the remaining 1/10th is healthy, the liver will grow back to its original size.
The liver is a processor The food that we eat passes into the stomach via the esophagus (gullet). The food is broken down by the action of the stomach and the small intestine. The nutrients from the food are then absorbed into the blood via the vessels in the walls of the intestines. These drain to veins which lead into the portal vein which carries the blood into the liver. The nutrients are processed in many different ways in the liver. This processing of the food is known as metabolism. The final products made are used by the body for energy and growth.
The liver is a manufacturer The liver produces a number of different substances which are vital in order for healthy growth and development. For example: 1. The liver cells produce substances which assist with the clotting of the blood, e.g.Prothrombin. 2. The liver cells make proteins which are carried in the blood. These have many functions. Albumin, for example, helps to control the distribution of fluid in all parts of the body and transports many substances to and from the liver and kidneys to other parts of the body.
The liver is a storage depot The liver stores energy in the form of glycogen (sugar). It also stores a number of other substances, e.g. copper, iron and vitamins.
The liver is a controller The liver plays an important part in controlling: 1. The correct level of many hormones within the body. 2. The blood sugar (glucose) levels. The liver stores glucose in the form of glycogen when there is too much glucose in the blood and releases it when the blood sugar level falls. 3. The amount of fluid the body retains and its distribution throughout the body. 4. The concentration of cholesterol which it converts into bile salts. 5. The action of many drugs
The liver is a filter The liver removes many unwanted substances from the body. It plays an important role in controlling the harmful effects of some drugs and products of metabolism by changing them chemically before excreting them into the bile. Bilirubin (unconjugated or indirect) is produced when old red blood cells break down. The average life of a healthy red blood cell is 120 days. This bilirubin is carried in the blood stream, attached to albuimin, to the liver where it is altered into a different form (conjugated or direct bilirubin) which is then: 1. Excreted in the bile. 2. Transferred into the bile which passes via the bile ducts into the intestine and appears as brown pigment in the stool. Bile is continuously produced by the liver cells mainly by the action of bile salts. It collects in and passes out through the network of bile ducts into the intestine. Bile salts play an important role in the digestion of fats.
The liver is a defender The liver plays an important role in fighting many types of infection. In particular, protects the body against infection which arises in the gut. With so many different and complex functions, it is not surprising that more than 100 types of liver diseases have been identified in babies and children
No comments:
Post a Comment